Testing site specific relevant parameters in soil and groundwater is an essential part of investigation and remediation projects. Eurofins Environment Testing laboratories conduct comprehensive testing for routine parameters such as heavy metals, TPH, PAH, EOX, AOF/EOF/TOF/TF, aromatics, VOCs, and pesticides, as well as non-standard parameters like glycols and phthalates. Eurofins laboratories use best practice instrumentation including ICP-AES, ICP-MS, ICP-MS/MS, (LVI)-GC/MS, GC-MS/MS, HPLC, and LC-MS, LC-MS/MS & LC-QToF-MS. Sample preparation and analytical methods comply with national and international legislation and standards.
Eurofins laboratories conduct testing to assist waste for classifications according to local, national and international regulations. Eurofins Environment Testing laboratories testing of waste material includes building materials, asbestos, fly ash, slag, and sludge.
Eurofins Environment Testing laboratories can be trusted for all waste and soil testing and consultancy needs. The comprehensive services provided are tailored for practicality and to safeguard health and the environment.
Eurofins Environment Testing laboratories provide reliable testing services to assess contamination levels at contaminated sites supporting investigation and remediation efforts and ensure compliance with environmental regulations, restore site condition and protect land quality.
Providing local, national and international testing suites tailored to specific requirements.
Conducting testing for the presence and concentration of organic constituents to ensure quality and compliance.
Testing packages tailored to classify the degree to which a soil is contaminated in accordance with relevant regulations.
Determination and quantification of asbestos in soil to ensure safety and regulatory compliance.
Eurofins Environment Testing scientists are continuously developing testing methods ahead of the regulators.
Eurofins Environment Testing scientists customise methods to address specific testing needs and difficult matrices.
Testing for the concentration of heavy metals, other elements and nutrients which can interact and either have a beneficial or harmful impact on the soil ecosystem.
Soil has an important role, be it in drought or flood conditions. The physicochemical properties of soil provide a signature to behavior under and after adverse conditions.
Examination of the chemical composition and biodiversity of a soil makes it possible to assess ecosystem resilience in the face of contamination.
Sediment and sludge testing services measure the presence and concentration of pollutants and hazardous substances. Testing supports environmental monitoring and waste management from industrial and wastewater treatment processes.
Parameters testing include heavy metals (e.g. lead, arsenic), inorganic compounds and physical properties (e.g. dry or organic matter, grain size) and organic compounds (e.g. PAHs, TBTs, PFAS, EOX).
Detection and quantification of asbestos in sludge to ensure safety and regulatory compliance.
Eurofins Environment Testing laboratories offer comprehensive compost testing to ensure the safety, quality, and nutrient content of compost products. Testing validates compliance with standards and supports sustainable agricultural and horticultural practices.
Conducting analyses to meet national compliance requirements and ensure regulatory adherence.
Detecting and quantifying heavy metals and persistent organic pollutants (POPs) to support environmental safety and compliance.
Determinations conducted in accordance with relevant laws and regulations to support compliance and safety.
Evaluation of nutrient levels to support quality and compliance with health standards.
Testing of compost and raw material for pathogen microorganisms like salmonella and E.coli to ensure safety.
Waste characterisation services identify the composition and potential hazards within waste streams. The information is vital for proper waste management, recycling decisions, and regulatory compliance.
Conducting analyses to identify and quantify the concentrations of hazardous substances.
Classifying waste from industrial and civil sectors to ensure proper handling and disposal.
Providing testing for the determination of waste material danger classification.
Bioanalysis to assess the interactive and collective impact of multiple contaminants.
Eurofins Environment Testing laboratories support soil recycling initiatives by analysing soil quality and contaminants. Testing data ensures that recycled soil meets environmental standards and is safe for reuse in construction, landscaping, and agriculture.
Conducting analyses of waste materials to support proper classification and disposal.
Testing agricultural soils to optimise crop production and soil health.
Evaluation of compost quality for compliance with standards for use in agriculture and gardening.
Testing both contamination levels and physical properties for classification of recycled soil against specifications for reuse.
Eurofins Environment Testing laboratories have successfully organised and managed numerous multi-site and multi-national eco-tox studies. Highly experienced teams ensure that best quality standards are maintained.
Conducting toxicity tests using Daphnia Magna to assess the environmental impact of substances.
Analysing and characterising the chemical and eco-toxicological properties of solid and fluid waste to ensure environmental safety and compliance.
Eurofins Environment Testing laboratories offer comprehensive testing services for a variety of agricultural chemicals, to support compliance with laws and regulations. Accredited analyses and special packages are tailored to specific needs.
Testing for herbicide residues in soil and waste to support environmental safety and regulatory compliance.
Detection and quantification of insecticide levels in environmental samples to monitor contamination and assess ecological risks.
Detection and quantification of fungicide residues to support environmental protection and compliance with legal limits.
Determination, quantification and study of pesticide metabolites to understand degradation pathways and potential impacts.
